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ADS Circuit Simulation and Layout

Learn how to create schematics, data display for freq/time domains, tuning, parameterization, introduce distributed components as multilayer/microstrip/striplines, and concept of impedance mismatch, use layout in ADS

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About this course

 
+ Learning Objectives
  • ADS Architecture, Creating and Simulating Schematics
    • Workspaces, libraries, cells, views
    • Component palettes, simulation controllers, data display
    • Lab 1: Simulate circuit and display data, create ten-stage LC ladder network using a subcircuit, add losses to the LC transmission line model, simulate a distributed microstrip line.
    • Transient Analysis
    • Lab 2: Setup transient simulation, compare Dispersive (Non-TEM) to Non-Dispersive (TEM) transmission lines, discontinuities in signal interconnects.
  • Connectivity and Layout Basics
    • Working with design kits, path/trace routing and editing
    • Snap modes, shapes vs components, placement and editing, technology files
    • Lab 3: Standard ADS layer definition, basic layout manipulation, creating custom layers, basic routing and editing Interconnects, non-orthogonal Interconnects.
+ Content Types
  • Video Lessons
  • Hands-on Labs
  • Knowledge Check
+ Who should take this course?
  • For SI/PI/HSD engineers
+ Certificate of Completion

  • Showcase on your LinkedIn profile under the "Licenses and Certificates" section
  • Download or print out as PDF to share with others
  • Share as image online to demonstrate your skill

 

 

Curriculum8 hr 7 min

  • Welcome to High-Speed Digital Design 0 hr 2 min
  • ADS Architecture
  • Introduction to ADS Architecture 0 hr 20 min
  • Knowledge Check 0 hr 5 min
  • S-Parameter Analysis
  • Creating and Simulating Schematics 0 hr 16 min
  • Data Display 0 hr 14 min
  • Parameter Sweep 0 hr 2 min
  • Optimization 0 hr 6 min
  • Lab 1: S-Parameter Analysis 1 hr 30 min
  • Knowledge Check 0 hr 5 min
  • Transient Analysis
  • Transient Simulators 0 hr 6 min
  • Frequency Spectrum of Digital Bitstream 0 hr 2 min
  • Required Fmax and # Points in SP Data 0 hr 6 min
  • Signal Distortion 0 hr 3 min
  • Lab 2: Transient Analysis 1 hr 30 min
  • Knowledge Check 0 hr 5 min
  • Connectivity Design and Layout Basics
  • Layout Window 0 hr 4 min
  • Path/Trace Routing and Editing 0 hr 4 min
  • Snap Modes 0 hr 4 min
  • Placing and Editing 0 hr 8 min
  • Technology Files 0 hr 10 min
  • Lab 3: Using ADS Layout 3 hr 0 min
  • Knowledge Check 0 hr 5 min
  • Summary and Next Step
  • Claim your certificate

About this course

 
+ Learning Objectives
  • ADS Architecture, Creating and Simulating Schematics
    • Workspaces, libraries, cells, views
    • Component palettes, simulation controllers, data display
    • Lab 1: Simulate circuit and display data, create ten-stage LC ladder network using a subcircuit, add losses to the LC transmission line model, simulate a distributed microstrip line.
    • Transient Analysis
    • Lab 2: Setup transient simulation, compare Dispersive (Non-TEM) to Non-Dispersive (TEM) transmission lines, discontinuities in signal interconnects.
  • Connectivity and Layout Basics
    • Working with design kits, path/trace routing and editing
    • Snap modes, shapes vs components, placement and editing, technology files
    • Lab 3: Standard ADS layer definition, basic layout manipulation, creating custom layers, basic routing and editing Interconnects, non-orthogonal Interconnects.
+ Content Types
  • Video Lessons
  • Hands-on Labs
  • Knowledge Check
+ Who should take this course?
  • For SI/PI/HSD engineers
+ Certificate of Completion

  • Showcase on your LinkedIn profile under the "Licenses and Certificates" section
  • Download or print out as PDF to share with others
  • Share as image online to demonstrate your skill

 

 

Curriculum8 hr 7 min

  • Welcome to High-Speed Digital Design 0 hr 2 min
  • ADS Architecture
  • Introduction to ADS Architecture 0 hr 20 min
  • Knowledge Check 0 hr 5 min
  • S-Parameter Analysis
  • Creating and Simulating Schematics 0 hr 16 min
  • Data Display 0 hr 14 min
  • Parameter Sweep 0 hr 2 min
  • Optimization 0 hr 6 min
  • Lab 1: S-Parameter Analysis 1 hr 30 min
  • Knowledge Check 0 hr 5 min
  • Transient Analysis
  • Transient Simulators 0 hr 6 min
  • Frequency Spectrum of Digital Bitstream 0 hr 2 min
  • Required Fmax and # Points in SP Data 0 hr 6 min
  • Signal Distortion 0 hr 3 min
  • Lab 2: Transient Analysis 1 hr 30 min
  • Knowledge Check 0 hr 5 min
  • Connectivity Design and Layout Basics
  • Layout Window 0 hr 4 min
  • Path/Trace Routing and Editing 0 hr 4 min
  • Snap Modes 0 hr 4 min
  • Placing and Editing 0 hr 8 min
  • Technology Files 0 hr 10 min
  • Lab 3: Using ADS Layout 3 hr 0 min
  • Knowledge Check 0 hr 5 min
  • Summary and Next Step
  • Claim your certificate
​

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